Combination carpenter machine



LEE 1,635

Wm M 1924.

L. F. RUZEECKI COMBINATION CARPENTER MACHINE Filed Feb. 23. 1923 I INVENTOR. liaa/si'ig/kah' Wm mm m T a /I Y. B

atented Got, 14, 1924 1 ii v commutes. sameness, Macrame.

Application ea February as. 1923. Serial No. 620.689.

To all whom it may concern:

Be it known that 1, Louis F. Rnzrnc'nr, a citizen of the United States, residing at Los Angeles, in the county of Los Angeles and State of California, have invented certain new and useful Improvements in Combination Carpenter Machines, of which the following is a specification.

My invention relates to Woodworking machinery, and the objects are first, to construct an interchangeable tool for sawing, planing, boring, turning, grinding, etc.; second, to provide a machine for carpenters, cabinet makers, pattern makers, and unskilled workers, that is easy to operate and quickly changed from one operation to another.

Another object is to provide a comloin-a tion carpenter machine that. is simple in construction and inexpensive to operate.

Other and still further objects and advantages will appear from the following description taken in connection with the accompanying drawingsforming a part of this specification and will be pointed ou t in the claims.

Referring to the drawings Figure 1 represents side, elevation of my combination carpenter machine. t

Figure 2 represents a plan view of Figure 1, with the top table removed.

Figure 3 represents a sectional iew on line 33 of Figure 2.

Figure 1 represents a fragramentary view of a grinding attachment for Figure 3.

Figure erepresents' a fragramentary view of a drilling attachment for Figure 3,

Figure 6 represents a fragramentary view of a turning attachment for Figure 1.

Figure 7 represents a section on line 7-7 of Figure 2.

Again referring to the drawings-in which like characters of reference designate similar parts, the bed 1 comprises the entire lower stationary structure of the machine, the

sides 26 are secured to the bed 1 from one end-portion thereof and extend longitude 30 is integral with the arms 17 and passes operatively through the inner-end portion of the said carriage 2. The shaft. 27 is held operatively in the said bearing 10, the

pulley 8 is secured to one end of the shaft 27, and the belt 9 is operatively esitioned between the said pulleys 8 and 7, the saw 12 is in turn secured to the opposite end "of the. said shaft 27 and passes operatively through the table 23, and the central-end portions of the shaft 27 are formed with sockets 28 and 29 respectively. The table 31 is secured to the side of the carriage '2, and the table 14k is adjustably mounted opposite the said table .31. at positions to mit the cutter head 13 therebetween, and the head, 13 is in turn secured in [the socket 29, and the wedges: a are positioned under the said table 14 and secured to the side portion of the carriagefl. The wheel 18, drill 19, center 38, or other tools not shown, may be secured in the said socket 29 to perform their respective operations, suitable supports not shown, may be employedwith the said wheel 18, drill 19, .or other tools, and the lathe 15 may be used in connection with. the said center 33 by being secured to the side portion of the said bed 1.. The table 36 is secured on: the top-end portion .ofthe bed 1, opposite the saidsides 26, the stand: ard 24 is secured to the outer edge of the table 36 opposite the carriage 2, andthe table 25 is in turn secured to the standard 24:. The guides 5, 6, 22, 34, and 37 are secured at any required angles on the tables 25, 31-14c, 36, and 39 respectively. The drill '20 may be secured to the socket 28 over the feed '32, and the said feed 32 isi in turn operative'ly secured to the sides 26, and the drill 19 may also he secured mule socket 29 over the table 39. The pih 3'5 is passed through the top-inner end of the said table 23, and is secured tothe table 25 when the carriage. 2 is moved forward for a stationary position, as shown in dotted lines in Figure 1.

In the operation of the combination car- .penter machine the shaft 27 is driven in the bearing by the motor 3, through the 'pulley'7, belt 9 and pulley 8, respectively,

I the said bearing 10 swings up or down on the arms 11, around the shaft 16, by being raised or'lowered by the arm 17, and is then held in its raised or lowered position by the clamp 30.

' The carriage 2 may be shifted backward and .frontward,- or held stationary on the ways21 between the sides26, the carriage 2 is held in aforward position by locking the pin [40 therein to the sides 26, and may also be heldin a backward position by lockthrough, the table 23 into the a st ationary'forward position bythe pin 140, and the work is then pushed through the sawj12for, straight or.bevel cuts. hen the-saw 12' is intended to be used for cross cutoperations, the carriage 2 is allowed to 25 shift free on theways 21b'etween the sides 26, andthe workiscut to the angle of the guides 22 or 5, when said saw 12 is being held a lowered, or raised position, respectively. 'VVhen itis intended to cut grooves, the said saw 12 is adjusted to project the required distance through the-table 23, and is secured iiitqposition by theclamp 30, so as tocut therequired depth into the I i work. lvhenfitjis desired to plane work, the

head 13is secured to the socket29, the

table 14 is-adjusted to the elevation below the top edges of the head 13 and table 31, by the wedgest, to provide a heavy or lightcutlby the head 13, as the work is being fed therethrough. When it is desired to use the wheel v18, drills19 and 20, center 33 with lathe 15, or other similar tools, a grinding or facing, boring, or turning operation is accomplished, in respective order.

Having thus described my invention what I claim is: v

1. A woodworking,machine of the class described, comprising astationary lower portion, and a carriage slidably positioned in the upper-portion thereof, adapted to be set into a stationary position, in combination witha powerggenerating and transmission meansrpositionedinthe said carriage, a

" driven ishaft operatively connected to the said power transmission means, adapted to be secured in a raised or lowered positlon, a holdlng means in connection with the end portions of the said driven shaft, a table secured on the top portion of the said carriage, a table secured to the lower end of the said stationary lower portion of the machine, a table, adapted to be positioned over the second mentioned table, in a line with the first mentioned-table, adjustable guides, adapted to be secured to the said tables, cutting tools, adapted to be secured to the said holding means, as set forth.

- 2. A woodworking machine of the class described, comprising a stationary bed portion, a carriage operatively positioned in the upper-end portion of the said bed, a power transmission means positioned in the said carriage, a driven shaft operatively connected to the said power transmission means, adapted to be secured in a raised or lowered position, a holding means in connection with the endportions of the said driven shaft, a table secured on the top portion of the said carriage, a table secured at one end portion of the said stationary bed, a table positioned over the second mentioned table in a line with the first mentioned table, adapted to be disconnected from the machine, or secured to the said carriage, an adjustable table. adapted to be secured to the side portion of the said machine in relation to one of the said holding means, adjustable guides, adapted to be secured to the said tables, cutting tools, adapted to be secured to the said holding means, as set forth.

3. A woodworking machine of the class described, comprising a stationary bed portion, a carriage operatively positioned in the upper-end. -portion of the said bed, a power transmission means positioned in the said carriage, a driven shaft operatively connected" to the said power transmission means. adapted to be secured in a raised or lowered position, a holding means in connection with the endportions of the said driven shaft, :1

table secured on the top portion of the said carriage, a table secured to the lowerend portion of the said stationary bed, a table positioned over the second mentioned table in a line with the first mentioned table, adapted to be removed from the said machine, or secured to the said carriage, a

lathe bed, adapted to be securedtothe side portion of the said machine in relation to one of the said holding means, adjustable guides, adapted to be secured to the said tables and lathe bed, machinetools, adapted to: be secured to the said holding means, as set forth.

In, testimony whereof I afiix my signature.

LOUIS F. RUZIECKI. 

